rt.py

from math import sqrt as Z;print("\n".join(map(lambda t:"".join(t[1])if t[0]!=4 else"".join(t[1][:24])+"".join(map(lambda x:chr(ord(x)-3),"ud|#wudfhg#dvfll/#e|#skdqwdvp#?6"))+"".join(t[1][-24:]),enumerate([[" .\'`^\",:;Il!i><~+_-?][}{1)(|\\/tfjrxnuvczXYUJCLQ0OZmwqpdbkhao*#MW&8%B@$"[int((0.299*B(I[1][0])+0.587*B(I[1][1])+0.114*B(I[1][2]))*sum([k[0]*(n if(n:=sum([x*y for x,y in zip(N,L)]))>0 else 0)/Z(sum([x*x for x in N])*sum([x*x for x in L]))for k in[(0.6,(2,1,0),0),(0.2,(1,4,4),1)]if(L:=k[1]if k[2]else(k[1][0]-X*T,k[1][1]-Y*T,k[1][2]-T))!=[]and(S:=X*T-I[0][0])!=[]and(R:=Y*T-I[0][1])!=[]and(Q:=T-I[0][2])!=[]and(E:=Z(S*S+R*R+Q*Q))!=[]and(N:=(S/E,R/E,Q/E))!=[]],0.2)/3.64)]if I else" "for W in range(80)if(H:=1<<32)and(T:=H)and not(I:=None)and(X:=W/80-0.5)!=[]and(Y:=0.5-J/30)!=[]and(j:=min([(M,t)if(a:=2*(X*X+Y*Y+1))!=[]and(b:=2*(-M[0][0]*X-M[0][1]*Y-M[0][2]))!=[]and(A:=b*b-2*a*(sum([x*x for x in M[0]])-M[2]*M[2]))>0 and(U:=(-b-Z(A))/a)!=[]and(V:=(Z(A)-b)/a)!=[]and(t:=min(H if U<0 else U,H if V<0 else V))<T else(I,T)for M in[((0,-1,3),(255,0,0),1),((2,0,4),(0,0,255),1),((-2,0,4),(0,120,0),1),((0,-5001,0),(0,100,0),5000)]],key=lambda t:t[1]))and(I:=j[0])!=[]and(T:=j[1])!=[]]for J in range(30)if(B:=lambda x:x if 0<=x<=255 else 0 if x<0 else 255)]))))